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Vaultwarden for Shared Secrets with Secure NoPorts Tunnel
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Phishing from a Traffic Light: Why IIoT Needs Zero Trust
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What the FEMA/CBP Breach Taught Us About Exposed Ports
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A Better Way to Secure Multi-Network Access Beyond VPNs
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MCP Servers: Bridging AI to Reality & The Critical Need for Security
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Securing RDP Remote Access
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NoPorts, No Problem: Emojis Explain It All!
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Atsign Unveils atTimeTravel: Connecting Devices Across the Timeline
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7 Reasons NoPorts Outshines Your VPN: Unmatched Security & Privacy
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API Port Security: Preventing Data Leaks & DoS Attacks with NoPorts
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Advanced Private Website Security
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Easy Oracle Cloud Migration
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How NoPorts Compares to Overlay Networks
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Secure DMZs Against AI
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Terrapin Vulnerability: Securing SSH with NoPorts
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Simplifying SSH and Jumpboxes with NoPorts
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Rethinking Network Security Beyond VPNs and DMZs
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How NoPorts Stops TunnelVision Attacks
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Combating Pre-Authentication Exploits with NoPorts
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Remote Access to Devices on Starlink with NoPorts
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How NoPorts Secures RDP
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NoPorts and MQTT Security
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Simplified Network Equipment Management with NoPorts
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Edge Certificate Management with NoPorts
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NoPorts Makes Your Cloud Invisible
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NoPorts Protects Your Cloud Deployments
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How NoPorts Helps with Edge Computing
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atKrypto Achieves Invisible Blockchain on the Edge
Remote RDP Access at Sea: Starlink & NoPorts Case Study
How NoPorts Enables Remote Work for a Rural Property Management Company Using Starlink
Streamlining Precision IoT for Agriculture
Ensuring Uninterrupted Emergency Broadcasts During Hardware Failure with NoPorts
How NoPorts Secures the Grid and Transforms Remote Access for the Energy Industry
How NoPorts Creates Reliable and Secure Remote Access for Smart Factories
NoPorts Brings Full Control and Security to Private 5G Remote Management
Digi IX40 and NoPorts Provide Best-in-Class Security for Industrial Remote Access
How the Atsign Team Uses NoPorts for Seamless Remote Access
Why Radio Station KRYZ Uses NoPorts Instead of a VPN
Using NoPorts to Set Up Secure & Simple Guest WiFi for Bus Stop Cafe

No open ports

No discoverable endpoints

No implicit trust

Legacy vs Next-Gen: An Architectural Showdown

The problem isn’t the tools. It’s the architecture.

NoPorts Comparison Table
Feature VPN Centralized ZTNA NoPorts
Exposure ❌ Open firewall ports ⚠️ Centralized reverse proxy ✅ No exposed ports or public IPs
Trust Model ❌ Castle-and-moat ⚠️ Proxy-based trust ✅ Peer-to-peer zero trust
Attack Vector ❌ Entire network ⚠️ Proxy & session keys ✅ Direct process-to-process
Lateral Movement ❌ High risk ⚠️ Low risk ✅ Zero risk
Core Weakness ❌ Broad access ⚠️ Centralized vendor trust ✅ No single point of failure

Why it matters: If your remote access depends on a centralized proxy or VPN, you’re one zero-day away from a catastrophic breach.

Invisible Infrastructure By Design

They can’t attack what they can’t find.

NoPorts makes endpoints completely invisible to the public internet. No listening ports. No IP exposure. No way for anyone unauthorized to scan or discover your services.

Assets are hidden by default

Explicit, authenticated access only

Encrypted, direct connections

Why it matters: Attackers can't target what they can't find.

True Zero Trust

Most "zero trust" platforms still rely on centralized brokers. NoPorts eliminates the middleman entirely.

Direct process-to-process communication

No centralized proxy or overlay network

No vendor-controlled keys or certificates

Why it matters: The only trust is between endpoints, verified cryptographically. We don’t ask for your trust—we remove the need for it.

Stop Lateral Movement Before It Starts

By eliminating subnets, VPN tunnels, and network overlays, NoPorts cuts off lateral movement.

Connections are only established between intended processes

No access to the broader network

Every session is independently authenticated and authorized

Why it matters: A compromised credential can't be used to move through your environment.

Open Source + Auditability

Unlike proprietary ZTNA vendors, NoPorts is open source and built on an open protocol.

Independently auditable

Transparent by design

No black boxes, no hidden keys

Why it matters: Security you can verify, not just trust.

The Simplest Secure Architecture Available

Legacy solutions layer complexity in the name of control. NoPorts removes entire categories of risk and tooling.

No VPNs

No reverse proxies

No port management or static IPs

Why it matters: Fewer moving parts means less to misconfigure—and less to attack.

Built for AI, IoT, and Enterprise Systems

NoPorts supports high-performance, secure connections across modern use cases.

Secure AI inference pipelines

Protect IoT fleets at scale

Lock down MCP servers and APIs

Why it matters: Secure infrastructure shouldn’t slow down innovation. NoPorts delivers security and simplicity for next-gen workloads.

Try it. Test it. Prove it.

Get hands-on with the solution that’s redefining secure access for distributed systems.